Impressive history of innovation

I‌t‘s been 80 years since Charles Warman invented the ­Warman® slurry pump, a pump that revolutionised the mining industry and continues to push the boundaries of pump performance to this day. In honour of this legendary brand, Weir Minerals hosted an event at the end of May in Kalgoorlie, Western Australia. Throughout the evening, attendees relived Warman pumps‘ history and gained an insight into some of the future innovations planned.

 

“Warman is one of our leading brands. It has truly shaped the Mining industry over the past 80 years and is a product we are all very proud of. The Warman pump, invented to solve high wear issues in slurry pumping, created a thriving industrial business that is now the cornerstone of Weir Minerals with over 8000 people, and over 150 manufacturing and service centres across the globe,“ states Ricardo Garib, Divisional President of Weir Minerals.

 

Always Inventing

Charles Warman invented the Warman® slurry pump in Kalgoorlie in 1938. It was a hard wearing slurry pump that used replaceable liners and a replaceable impeller. “Charles Warman was a visionary and an innovator. The use of rubber lining in the pump was ground breaking as it reduced total ownership costs, was safer to handle and offered extended wear life in many abrasive slurry applications. It is a great example of solving customer problems with material science, and is still taught in Universities today,“ Marcus Lane, Global Product Manager for centrifugal pumps at Weir Minerals.

 

It was quickly adopted throughout the goldfields in ­Western Australia and by the 1950‘s, as customer demand rose, Charles Warman expanded his business by opening offices in ­Sydney and Perth. During the 1960‘s the rapid growth of the ­business continued with manufacturing and sales outlets established around the world. The Warman® Series ‘A‘ pump was ­accepted and became world leader in its field. Further work on the ­Warman AH® pump resulted in the development of interchangeable metal and rubber wearing components.

 

The Warman® AH pump range was extended with the addition of the AHP high-pressure pump in 1974. At the time, this was one of the largest rubber-lined high-pressure slurry pumps in the world, and is still in service today in many tailings pipelines across the globe. Innovations continued throughout the decades, with pumps designed for a number of tough applications including Flue Gas Desulphurisation. In 1994, the Warman® GSL pump was developed to handle high flows and corrosive slurry.

 

Always Innovating

The Weir Group Plc acquired the Warman® pump in 1999, and a whole new chapter began. As part of the Weir Minerals division, a number of technological advancements were achieved for the Warman® pump range. 2002 saw the development of a revolutionary new impeller and inlet design for pumping mineral froths and high-density viscous slurries, and in 2009, Weir Minerals developed the Warman® WBH pump with axial and rotationally adjustable throatbush to even out wear. Due to its innovative design, this pump soon became the new slurry pump standard.

 

“Research and development has underpinned all of the product development that we‘ve completed and is absolutely crucial to the business,“ Marcus Lane says. “We have a fantastic understanding of the many environments in which our pumps operate and the mechanisms of wear. This has enabled us to tailor geometrics and materials to suit specific applications, and gives us a competitive edge in the marketplace.“

 

Today the Warman® pump commands a leading share of the global mining market. There are few mining sites in the world where Warman® slurry pumps cannot be found. Technology is increasing at an incredible pace, and as technology progresses and society demands new materials, the Warman® pump is primed and ready to provide them. Weir Minerals has developed its own IoT platform Synertrex™, which can be fitted to a Warman® pump to monitor its performance.

 

“The last eighty years of the Warman pump has given us a wealth of knowledge in how to operate a pump and efficiently transport slurry. Synertrex is going to be able to capture that wealth of knowledge and improve the product,“ states Michael Hambe, Data Scientist for Weir Minerals. “The Synertrex platform allows us to collect and analyse data to predict the pump‘s performance, and determine how efficiently it‘s operating. This empowers our customers to run their pump at the optimal threshold of performance.“

www.global.weir

Related articles:

Issue 2013-04

Innovative combined package

Weir Minerals has launched a new pumping solution incorporating the cutting edge Gemex® belt tensioner with the Warman® AH® pump – one of the most widely used slurry pumps in the world. The system...

more

26.11.2013 / Weir Minerals wins ArcelorMittal order

ArcelorMittal has signed a £ 2.4 million deal with Weir Minerals to supply additional tailings pumps for its mine at Krivoy Rog, Ukraine. The pumps will be used to transport tailings - fine particles...

more
Issue 2011-10

Latest Warman pump to European market

Weir Minerals is to launch the latest edition in its range of Warman Centrifugal Pumps – the WGR Slurry Pump (Fig.) – in Europe mid 2011. The WGR de- signs, incorporating Weir Minerals’ Linatex...

more
Issue 2015-09

Pumps: Improving energy use and efficiency

Achieving the lowest total ownership cost (TOC) on plant   and equipment is essential to the profitability of any operation. Centrifugal slurry pumps lie at the heart of many operations in mineral...

more

HM The Queen visits the Weir Advanced Research Centre

Her Majesty Queen Elizabeth was shown a scale model of the Warman® slurry pump on a visit to the Weir Advanced Research Centre (WARC) at the University of Strathclyde’s Technology and Innovation...

more